Hosa PXM-110 Unbalanced Audio Cable

Unbalanced Audio Cable for Instrument and Line Connections

The Hosa PXM-110 is an unbalanced interconnect cable designed to connect devices with a 1/4-inch TS output to equipment featuring an XLR3M input. With a 10-foot length, it provides a practical solution for routing audio signals from instruments, mixers, or playback devices into XLR-equipped inputs in studio, live sound, and installed audio environments.

Reliable Signal Conversion for Mixed Connector Systems

This cable is purpose-built to bridge the gap between unbalanced 1/4-inch TS outputs and XLR inputs. It is commonly used when connecting instruments, audio interfaces, or line-level sources to mixers, stage boxes, or powered speakers that rely on XLR connections, making it a useful tool in mixed-format audio systems.

Clear Audio Transfer for Everyday Audio Applications

The PXM-110 is engineered to deliver dependable signal transfer for short-to-medium cable runs. While designed for unbalanced signals, it provides consistent audio performance suitable for rehearsals, performances, and general sound reinforcement where clean signal routing is required.

Practical Cable Length for Flexible Placement

With a 10-foot reach, this interconnect cable offers enough length to accommodate common stage layouts, rack setups, and studio configurations. The added length helps reduce the need for additional adapters or extensions, keeping signal paths simple and organized.

Durable Design for Repeated Setup and Teardown

Built with sturdy materials and quality connectors, the PXM-110 is designed to withstand frequent use. Its rugged construction makes it well-suited for musicians, audio technicians, and production teams who regularly transport and reconnect their gear.

Versatile Tool for Studio, Stage, and Install Use

Whether you are connecting a keyboard, effects unit, or playback device to an XLR input, this cable provides a straightforward and reliable solution. It is a practical accessory for audio professionals who need dependable connectivity without unnecessary complexity.